Still today stepmotors are used in many applications because of various reasons, e.g. like cost, standstill at end of move (no control activity) or high torque density at low speed.
Modern control technology also allows for much better smoothness and the fear from loosing steps has gone due to the capability of the modern controllers to read feedback devices like encoders. Today we have even moved from position correction to real servo mode with stepper motors, which makes it a very attractive package for low speed high torque applications
Feature | ViX |
---|---|
motor type | BLDC / DC |
commutation | Sine |
supply voltage | 24 - 80 Vdc |
cont. current (Arms / Adc) | 2,5-5,0 / 3,5-7,0 |
peak current (Arms / Adc) | 7,5-15,0 / 10,6-21,2 |
fieldbus options | CANopen |
indexer | yes |
puls/direction | yes |
PWM (current or velocity) | yes |
analog command | +/-10V (12bit) |
analog outputs | +/-10V (10bit) |
feedback | resolver (2-pole) halls incremental encoder (digital) |
shape | panel |